A device for removing a drain in a basin comprises a pair of legs in parallel spaced relation and on either side of a rotational axis, a bridging member interconnecting the legs which are movably supported thereon, and a coupling member carried on the bridging member and configured for connecting to a rotary hand tool. The legs comprise end portions configured for insertion into the drain, and the end portions comprise outer sides configured to engage an inside wall of the drain. Stabilizers are affixed to the legs and extending outwardly therefrom in opposite directions and configured to rest on a surface interior to the basin when the end portions of the legs are inserted into the drain. A biasing member is carried between the legs and configured to urge them laterally apart to locate the outer sides of the end portions into butting engagement with the inside wall of the drain.

A T-shaped brush head assembly for cleaning hard to reach surfaces includes a brush head, which in turn comprises a housing and a plurality of bristles. The bristles are attached to and extend from the housing. A first set of the bristles and a second set of the bristles are positioned proximate to a first end and a second end of the housing, respectively. The first set of the bristles is volumetrically larger than the second set of the bristles so that the brush head is substantially T-shaped. A user can grasp a handle, which is attached to and which extends from the second end of the housing, to manipulate the brush head to clean a surface.

A T-shaped brush head assembly for cleaning hard to reach surfaces includes a brush head, which in turn comprises a housing and a plurality of bristles. The bristles are attached to and extend from the housing. A first set of the bristles and a second set of the bristles are positioned proximate to a first end and a second end of the housing, respectively. The first set of the bristles is volumetrically larger than the second set of the bristles so that the brush head is substantially T-shaped. A user can grasp a handle, which is attached to and which extends from the second end of the housing, to manipulate the brush head to clean a surface.

An excrement management system according to an embodiment includes: a closet bowl in which a bowl part for receiving excrement is formed; a light emitting unit configured to emit light toward an inner part of the closet bowl; a light receiving unit comprising an image sensor configured to receive light; a cloud server and an edge server configured to analyze light reception data received by the light receiving unit; a first communication device configured to transmit the light reception data to the cloud server; and a second communication device configured to transmit the light reception data to the edge server. The cloud server analyzes the light reception data to determine a characteristic of excrement, and the edge server analyzes the light reception data to determine whether to transmit the light reception data to the cloud server by the first communication device.

The herein-disclosed invention relates to, inter alia, mechanical arms that assist defecation. This invention does not move the toilet seat itself. Mechanical arms assist the defecation process without any movement of the toilet seat. The instant invention utilizes specially-tailored, specially-positioned gas struts and cup-style grabbing paddles to mechanically solve the technical-biological defecation-mess problem. While a user sits on a toilet, mechanical arms assist in spreading one's buttock cheeks apart during the defecation process. The system comprises an adjustable screw, rail and carriage system so the user may tailor the system parameters to their needs.

The herein-disclosed invention relates to, inter alia, mechanical arms that assist defecation. This invention does not move the toilet seat itself. Mechanical arms assist the defecation process without any movement of the toilet seat. The instant invention utilizes specially-tailored, specially-positioned gas struts and cup-style grabbing paddles to mechanically solve the technical-biological defecation-mess problem. While a user sits on a toilet, mechanical arms assist in spreading one's buttock cheeks apart during the defecation process. The system comprises an adjustable screw, rail and carriage system so the user may tailor the system parameters to their needs.

Disclosed embodiments provide a unique touchless combination device that provides simultaneous convenient use of three features, such as dispensing of liquid sanitizer, access to paper tissues, and a compartment for immediate and safe disposal of used tissues. Touchless operation is provided by use of several proximity sensors which allow to access and use all features of the device without need to touch any part of it. Disclosed embodiments also utilize UV LED lights for the purpose of disinfecting used and disposed tissues.

Disclosed embodiments provide a unique touchless combination device that provides simultaneous convenient use of three features, such as dispensing of liquid sanitizer, access to paper tissues, and a compartment for immediate and safe disposal of used tissues. Touchless operation is provided by use of several proximity sensors which allow to access and use all features of the device without need to touch any part of it. Disclosed embodiments also utilize UV LED lights for the purpose of disinfecting used and disposed tissues.

A universal port for attaching bathroom accessories to a bidet washing apparatus and a method of attaching the same is disclosed. In an embodiment, the universal port includes a rail unit attachable to the bidet washing apparatus; and a slider unit reversibly, slidably attachable to the rail unit. In another embodiment, the universal port includes a slider unit attachable to the bidet washing apparatus; and a rail unit reversibly, slidably attachable to the slider unit.

A cleaning system includes a handling tool for a dissolvable cleaner block. The handling tool includes a wand and a retainer arrangement attached to the wand and moveable between a retaining position and a releasing position. The retainer arrangement is configured for removably attaching the wand to the dissolvable cleaner block when in the retaining position. The retainer arrangement is configured for releasing the dissolvable cleaner block when in the releasing position. The retainer arrangement includes at least one selectively moveable engagement member that removably engages the dissolvable cleaner block in the retaining position. Furthermore, the handling tool includes a sealing member that is attached to the wand and that is configured to seal against the dissolvable cleaner block when engaged with the retainer arrangement to impede liquid intrusion toward the retainer arrangement